What is the minimum ground clearance of the Honda Haoying?
2 Answers
The minimum ground clearance of the Honda Haoying is 208 millimeters. Minimum ground clearance refers to the distance between the lowest point of the vehicle (excluding the wheels) and the supporting surface when the vehicle is fully loaded and stationary. It is used to indicate the vehicle's ability to pass over obstacles such as rocks and tree stumps without collision. The Honda Haoying is a compact SUV with a length of 4634 millimeters, a width of 1855 millimeters, a height of 1689 millimeters, a wheelbase of 2661 millimeters, and a fuel tank capacity of 53 liters. The Honda Haoying is equipped with a 1.5T inline 4-cylinder turbocharged engine, delivering a maximum horsepower of 193 hp, a maximum torque of 243 Nm, a maximum torque speed range of 2000 to 5000 rpm, a maximum power output of 142 kW, and a maximum power speed of 5600 rpm.
I usually drive to and from work, and occasionally venture onto rough roads in the suburbs, so I pay special attention to the minimum ground clearance of the car. The Honda Haoying has a minimum ground clearance of about 198 millimeters, which is quite good for an SUV. I've driven over some bumpy roads, and it rarely scrapes the undercarriage. This measurement is the distance from the ground to the lowest point of the car's underside. A higher clearance has obvious benefits: easier navigation over speed bumps and no worries about water ingress in flooded areas during rainy days. I considered this when choosing a car. The Haoying is positioned more as a family vehicle but with a touch of off-road capability. Its 198mm clearance is slightly higher than some competitors like the Toyota RAV4's 190mm, making it more reassuring for city parking and driving on uneven paths. If you frequently drive long distances or encounter varied terrain, checking the clearance is crucial. Too high can affect handling stability, while too low increases the risk of undercarriage damage. I recommend regularly checking tire pressure, as it affects the actual height—maintaining proper pressure helps avoid unexpected repairs.
